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Improving T cell receptor:peptide-MHC interaction predictions
From the Bradley Lab, Public Health Sciences Division
Uncovering cancer growth genes that have each other’s back when the other is down
From the Berger Lab, Human Biology Division
The cell’s two-pronged approach to mitigating genetic errors
From the Bradley Lab, Public Health Sciences and Basic Sciences Divisions
Engaging cancer cells in a high stakes game of spot the imposter
From the Bradley Lab, Public Health Sciences and Basic Sciences Divisions
Short H2A histones, part II: a natural-born oncogene lurking in our genomes
From the Malik, Henikoff, Bleakley, and Bradley labs, Basic Sciences Division
Catching CRISPR/Cas9 in (Pig Farm)
From the Bradley lab, Basic Sciences and Public Health Sciences Divisions
RNA components of the spliceosome are regulatory.
From the Bradley lab, Public Health Sciences Division
DUX4 rears its head in cancers to fend off the immune system
From the Bradley and Tapscott labs, Public Health Sciences, Basic Sciences, and Human Biology Divisions
FSHD myoblasts are powerless when faced with stress
From the Bradley lab, Public Health Science Division, and the Tapscott lab, Human Biology Division
Finding branchpoint needles in a haystack of sequencing data
From the Bradley Lab, Basic Sciences & Public Health Sciences Divisions
Designing protein drugs for cancer: New method pinpoints a promising candidate
Scientists design a protein from scratch that specifically blocks cancer target
Reaching for answers
Researchers’ friends and family see scientists as conduits for hope